Riselaser Technology Co., Ltd |
Verified Suppliers
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Laser cleaning machine 1000w Laser Rust Removal Machine for cleaning rusty metal
Laser Cleaning Machine Introduction:
Laser cleaning equipment is a new generation of subsurface cleaning of high-tech products.Easy to install, control and automate. Easy to operate,turn on the power,open the device,you can carry no chemical reagents,no media,clean,anhydrous cleaning,can manually adjust te focus,fit subsurface cleaning,cleaning the subsurface cleanliness advantages,to clear the subsurface resin,oil,stains,dirt,rust,coating,paint.
Machine parameters
Item | Parameter | Unit |
Model name | Handle laser welding machine | |
Model type | RL-C1000/1500/2000 | |
Laser Power | 1000 | W |
Laser wavelength | 1080 | nm |
Fiber core diameter | 25/50 | μm |
Fiber length | 15 | m |
Laser working mode | Continuous / Modulation | |
Cleaning gun weight | 0.7KG | |
Cleaning width | 20 ~ 300 | mm |
Cleaning speed | ≤8000 | mm/s |
Refrigeration unit | Intelligent dual temperature chiller | |
Working environment | 10-40 | ℃ |
temperature range | ||
Humidity range of working environment | < 70% non-condensing | |
Machine size | 980*690*540 | mm |
Machine weight | 120 | KG |
Machine dimension
Cleaning gun
Cleaning samples
Advantage:
1. Stable longr life fiber power supply 100000hours
2. Substrate non-contact cleaning, without damage
3. High precision cleaning, good precision of position
cleaning,selective washing.
4. Without any chemical cleaning fluid and no consume
materials,safe and environment protecting.
5. Simple operation,hand-hold clean or with a mechanical hand to
clean .
6. Good cleaning effect and save time
7. Laser cleaning system is stability, almost no maintenance
Application:
A Metal surface cleaning
B Removal paint of metal surface
C stains cleaning on the surface
D Surface coating cleaning
E Pre-treatment of welding surface cleaning
F Stone surface cleaning
G Rubber mold residue cleaning
Application Industry:
The industrial laser cleaning machine is widely used in the shipping industry, auto parts, rubber mold, high-end machine tools, tire mold, track, environmental protection industry and other fields. Such as:
1) Cleaning of aviation components
In the process of cooperation with the aviation industry, the laser
metal cleaning machine has been proved that the laser can clean
nickel, stainless steel, aluminum and high strength steel molds or
parts efficiently, without damage to the substrate.
2) Cleaning of weapons and equipment
Laser cleaning technology is widely used in weapon maintenance. The
laser cleaning system can remove rust and pollutants efficiently
and quickly, and the cleaning parts can be chosen to realize the
automation of cleaning. Portable laser rust remove is not only more
clean than chemical cleaning, but almost no damage to the surface
of the object. By setting different parameters, a compact oxide
protective film or metal melting layer can be formed on the surface
of the metal object to improve the surface strength and corrosion
resistance. Laser cleaning waste basically does not constitute
pollution to the environment, and can also be operated remotely,
effectively reducing the health damage to the operators
3) The removal of old paint from an airplane
Laser metal cleaning machine have long been used in the aviation
industry. The surface of the aircraft must be repainted after a
certain period of time, but the old paint must be removed before
painting. The traditional mechanical cleaning method is liable to
cause damage to the metal surface of the aircraft and cause hidden
trouble in safe flight. If the laser cleaning system is adopted,
the paint layer on the surface can be completely removed without
damaging the metal surface.
4) Precise ester cleaning in precision machinery industry
The precision machinery industry is often required to remove esters
and mineral oils that are used for lubrication and corrosion
resistance on parts, usually chemically, while chemical cleaning
often remains. The removal of ester and mineral oil by laser de
ester can completely remove the surface of the parts. The pollutant
removal is made by shock wave, and the oxide thin layer of the
parts is explosively gasified to form shock wave, which results in
the removal of dirt instead of mechanical interaction. The material
is thoroughly removed and used for the cleaning of mechanical parts
in aerospace industry. Oil removal in mechanical parts processing
can also be done by laser cleaning.